Summary of the geology, mineral resources, environmental geochemistry, and engineering geology characteristics of the northern Powder River coal region, Montana: Engineering geologic characteristics
In recent years, with the continuous development of artificial intelligence, deep learning, as an important method of artificial intelligence learning, has made great progress. At present, deep learning has been successfully applied in many engineering fields. Environmental science itself involves a wide range, among which environmental geochemistry is an important branch. The combination of environmental geochemical problems and deep learning can better study the role of geochemical problems in environmental investigation, and also can use the basic situation of regional environmental elements to predict mineral resources.
This paper reviews the development of engineering geological studies at the Ocean seabed in the Russian Federation for the last 50 years in relation to the works undertaken by Engineering Geology Laboratory of the Ocean seabed the department of FSBI VNIIOkeangeologiya. The potential perspectives of the Ocean mineral resources exploration and extraction attract the attention of experts to the seabed engineering geology. This includes an analysis of the geological, engineering geological and other survey results undertaken so far, as well as the future planning for the engineering geological studies in the Ocean seabed.
Summary of the geology, mineral resources, environmental geochemistry, and engineering geology characteristics of the northern Powder River coal region, Montana: Geology and mineral resources
